Common Garden Design

Intro

Goal: decide number of pops, maternal families, etc. Then planting design. Parameters: maximize number of pops, then number of maternal families. Plant 2000.

library(tidyverse)

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library(googlesheets4)
library(ggforce)

is.even <- function(x) x%%2 == 0

get data on pops and families

pops <- read_sheet("https://docs.google.com/spreadsheets/d/1dif9Y5hbkSa56Bgonj04-jXh8jNc6f13RBS6BPUf1IQ",
                   skip=1,
                   na=c("NA", ""),
                   col_types = c("ciiicccc"),
                   .name_repair = "universal") %>%
  mutate(approx.number.seeds = as.integer(str_remove_all(approx.number.seeds,"[^0-9]")))

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✓ Reading from Int Bio parents seed stock.
✓ Range 2:5000000.

New names:
• `parent pop` -> `parent.pop`
• `collection year` -> `collection.year`
• `maternal families` -> `maternal.families`
• `approx number seeds` -> `approx.number.seeds`
• `collection priority?` -> `collection.priority.`
• `on climate PCA?` -> `on.climate.PCA.`

pops

filter to one entry per pop, etc

pops.filtered <- pops %>% group_by(parent.pop) %>% slice_max(order_by=maternal.families) %>%
  filter(approx.number.seeds >= 100) %>%
  filter(!(parent.pop %in% c("HH", "RB"))) # old seed

pops.filtered %>% arrange(maternal.families)

sum(pops.filtered$maternal.families>=8)

[1] 21

sum(pops.filtered$maternal.families>=15)

[1] 18

Scenario 1:

Plant 21 pops * 8 families * 12 reps (= 2016 plants)

Scenario 2:

Plant 11 pops * 15 families * 12 reps (= 1980 plants)

Scenario 3:

3 mfs from WV, 4 mfs WR and 7 mfs from everyone else

total mfs = 3+4+721 = 168 13 reps (= 2002 plants)

planting grid

2000 plants. think of 10 blocks of 200

200 = 4*50

plan 1

Create grid

plants <- 2000
blocks <- 10
columns <- 4
rows <- plants/blocks/columns
size <- 20 # plant diameter
radius <- size/2 
aisle <- 90

plan1 <- expand_grid(block=LETTERS[1:blocks],
                     column=1:columns,
                     row=1:rows,
                     radius=radius)

plan1

add positions

column_offset <- sqrt((2*radius)^2 - radius^2) # Pythagorean theorem for offset spacing
plan1 <- plan1 %>%
  mutate(y_pos=ifelse(is.even(column),
                      row*size,
                      row*size-radius),
         x_pos=ifelse(column==1,
                      radius,
                      radius+(column-1)*column_offset))
plan1

plan1 %>% #filter(block=="A", row <6) %>%
  ggplot(aes(x0=x_pos, y0=y_pos, r=radius)) +
  geom_circle(fill="lightgreen", alpha=.25) + 
  coord_equal() +
  facet_wrap(~block, ncol = 10)

update to position blocks

# only offset x_positions (1 "row" of blocks)
plan1 <- plan1 %>%
  mutate(block_x_offset = as.integer(as.factor(block))-1,
    block_x_offset = block_x_offset* (aisle + size + (columns-1)*column_offset))

plan1 %>% #filter(block=="A", row <6) %>%
  ggplot(aes(x0=x_pos+block_x_offset, y0=y_pos, r=radius)) +
  geom_circle(fill="lightgreen", alpha=.25) + 
  coord_equal()